A breakthrough in photonic time crystals could change how we use and control light
An international research team has for the first time designed realistic photonic time crystals – exotic materials that exponentially...
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Munich, Germany
Aachen, Germany
Munich, Germany
Singapore
Melbourne VIC, Australia
Santa Clara, CA, USA
Lisbon, Portugal
Quantum materials through the nano-lens: surprises beyond the diffraction limit
Explore how nano-spectroscopy is reshaping the study of quantum materials. In this on-demand session, Prof. Alexander McLeod presents cutting-edge research using nano-scale optical probes to examine phenomena like collective excitations in 2D materials and phase competition in correlated electron systems. This session highlights the integration of optical nano-probes with traditional optics, breaking free from the diffraction limit to enable unprecedented spatial and temperature resolution.
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